首页> 外文期刊>Journal of Materials Chemistry, C. materials for optical and electronic devices >Highly selective chromoionophores for ratiometric Na+ sensing based on an oligoethyleneglycol bridged bithiophene detection unit
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Highly selective chromoionophores for ratiometric Na+ sensing based on an oligoethyleneglycol bridged bithiophene detection unit

机译:基于寡替乙二醇桥接的二硫代丙蛋白检测单元的比例Na +感测的高选择性色素

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Rapid and efficient measurement of sodium ion concentrations will benefit future studies and healthcare due to the importance of sodium to many biological processes. Ratiometric optical probes, where light absorption wavelengths shift according to ion concentration, can be used as a quick measurement method. In contrast to the currently available UV absorbing probes, we have synthesised a series of sensors which absorb in different regions of the visible spectrum. In addition to measurement by conventional UV-Vis spectroscopy, this also enables analysis of sodium ion concentration from colorimetry, opening the door to faster and cheaper analysis. Finally, the optical properties of the dyes were well reproduced by computational methods, with and without the presence of sodium, enabling acceleration of design of future materials.
机译:由于钠对许多生物学过程的重要性,钠离子浓度的快速高效测量将使未来的研究和医疗保健受益。 比率光学探针,其中根据离子浓度的光吸收波长移位,可以用作快速测量方法。 与目前可用的UV吸收探针相反,我们已经合成了一系列传感器,该传感器吸收了可见光谱的不同区域。 除了通过常规UV-Vis光谱测量,这还能够分析来自比色法的钠离子浓度,打开门以更快,分析更便宜。 最后,通过计算方法,随着钠的存在,染料的光学性质很好地再现,从而能够加速未来材料的设计。

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